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Kanlux Residual Current Circuit Breaker 2P 16A AC
Kanlux Residual Current Circuit Breaker 2P 16A AC
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Kanlux Residual Current Circuit Breaker 2P 16A AC
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Kanlux Residual Current Circuit Breaker 2P 16A AC
Kanlux Residual Current Circuit Breaker 2P 16A AC
The Kanlux Residual Current Circuit Breaker 2P 16A AC is a high-quality protective device engineered to monitor electrical currents in single-phase systems. By continuously comparing the current flowing through the phase and neutral conductors, it detects imbalances caused by leakage and instantly disconnects the circuit to prevent hazardous situations. This device is essential for maintaining electrical safety in modern installations, offering reliable performance and robust construction to protect both users and property.
This residual current circuit breaker offers superior protection against electric shock by reacting rapidly to current leakage. Its design ensures high operational reliability, making it a dependable component for any electrical distribution board. The compact 2P configuration allows for easy integration into standard consumer units, while the AC type sensitivity provides effective protection for general-purpose household and commercial circuits against sinusoidal residual currents.
This device is not suitable for circuits requiring DC-sensitive protection, such as those connected to certain types of frequency converters or advanced solar inverter systems. It should not be used in environments where high-frequency interference or significant DC components are present, as these may interfere with the tripping mechanism.
Installation must be performed by a qualified electrician in accordance with local electrical regulations. The device is mounted on a standard DIN rail within an electrical distribution enclosure. Once installed, the functionality should be verified using the integrated test button to ensure the tripping mechanism operates correctly under simulated fault conditions.
Regularly test the device using the built-in test button at least every six months to ensure the mechanical tripping mechanism remains functional and responsive.
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